Latest Infographics

A century has passed since the 1918 global flu pandemic, aka the ‘Spanish flu’. Since then, our understanding of the influenza virus has come a long way, as well as our knowledge and development of vaccines against it.

Neonatal screening is designed to identify newborn babies with conditions that are treatable, but not clinically evident in the newborn period. Download this infographic to learn about one of the most successful public health screening programs to date.

This infographic reviews these two proteomic approaches, outlines the main
advantages and disadvantages of each, and highlights the applications each
approach is best suited for.

Download this free infographic to learn how to enhance your immune cell characterization.

The dawn of forensic DNA analysis has had a large part to play in the evolution of criminal and private investigations. Even the smallest residues can be used to place someone at a crime scene or determine how people are related to one another. Forensic DNA analysis doesn’t stop with people either, law enforcers are using the techniques to combat smuggling of animals and exotic woods too.

This infographic provides an overview of the processes behind the large-scale purification of biologically-derived products.

This infographic focuses on the harmful microorganisms that contaminate and spoil our food.

The global flu pandemic of 1918, dubbed “Spanish flu”, killed 50 million people worldwide including the young, fit and healthy. Here we highlight some of the key events of the pandemic.

Mesothelioma is an aggressive cancer that can affect various organs in the body. In this infographic, we explore the four main types of mesothelioma and the different types of cells that can be involved.

The availability of technologies for the generation of induced pluripotent stem cells (iPSCs) from somatic cells has allowed researchers to generate limitless pools of iPSCs retaining the genetic makeup of the somatic cells from which they were derived. Together, iPSCs and CRISPR-Cas9 systems provide researchers with effective in vitro tools for assessing gene function, disease modeling, and regenerative therapy.